UG3 System Design Project 2017
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Updated
Apr 7, 2017 - Java
UG3 System Design Project 2017
This is for the Demo Bot to Start to get the Robots programmed in Java. RUN IT'S THE JAVA MIGRATION!
Architectural robotics has been defined as "intelligent and adaptable built environments (featuring embedded robotic components) that sense, plan, and act". This course covers the basic concepts required for understanding, developing, and testing embedded robotic systems for the built environment.
This repository is the base for all code belonging to Team 20181X.
This repository contains competition code for the VEX EDR Robotics Competition (years 2014-2018).
A simulation of a robotic arm which i did during my studies in subject "Adaptive Control Systems III"
My college lectures, my syllabi, course work, programs, and other materials in advanced programming concepts such as Robotics, Design Patterns, Software Architecture, Networking and a few others.
An Affective Platform for AI in an Interdisciplinary Setting
Integrating robotics with environmental management, this app leverages machine learning for real-time monitoring and predictive analytics, offering solutions for waste management and educational outreach on sustainability. Join me in advancing environmental conservation through technology.
Self-Activated Network Utilizing Fire Fighter (SNUFF)
OpMode to easily set positions of servos without guessing for First Tech Challenge
Ros Tutorials and Samples
This project proposes a structure and guidlines on how to benchmark autonomous robotic systems. The project was funded by RobMoSys (2018-2019).
The Servant Autonomous Garbage Collector Robot Project of JCN Electronics
Reposiório destinado a publicar os materiais e projetos desenvolvidos durante minha experiência atuando como professor e coordenador, na escola de robótica programação e desenvolvimento de Games, Code8734 unidade Divinópolis-MG
Useful code for your next robot
Repo used for storing the code for the RHS Robotics club 2022-2023.
The Hand of Talos is a simple program / framework designed to allow for control of a 5 DOF robotic arm.
Communication interface for the Pepperl+Fuchs R2000 series sensor implemented in C++17 for embedded applications.
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